SPIE (SPIE) Q3 2025 earnings summary

Executive summary

• Revenue for the first nine months of 2025 reached €7,518.7m, up 5.4% year-over-year, with 2.2% organic growth and 3.6% from acquisitions, reflecting strong fundamentals and sustained market demand across diversified geographies and sectors.

• Germany and North-Western Europe led growth, with Germany now the largest revenue contributor.

• Five bolt-on acquisitions since January 2025 contributed €133m in annual revenue, with successful integration of 2024 acquisitions.

• Full-year and 2025 outlook confirmed, supported by structural demand in energy transition and digital transformation.

• Recent contract wins in facility management, nuclear services, industrial cooling, transport infrastructure, and offshore wind highlight expertise and market positioning.

Financial highlights

• Group revenue/production for 9M 2025 rose 5.4% to €7,518.7m, with 2.2% organic growth and €255m from M&A.

• Q3 2025 revenue increased 4.7%, with 1.8% organic growth.

• Germany: 9M revenue up 11.8% (5.0% organic, 6.8% external); North-Western Europe up 7.0% (6.5% organic); Central Europe up 10.5% (0.2% organic, 9.4% external); France down 0.6% (–1.7% organic); Global Services Energy down 7.8%.

• Five acquisitions in 2025 added €133m in annual revenue across Poland, Switzerland, Netherlands, and Austria.

• Employee shareholding plan saw record participation, with nearly 25,000 employees subscribing and estimated 8% of capital held by employees.

Outlook and guidance

• 2025 outlook confirmed, with revenue/production expected to surpass €10bn, supported by organic and M&A-driven growth.

• EBITA/EBITDA margin targeted to expand to at least 7.6%, with strong cash generation.

• Dividend payout policy maintained at around 40% of adjusted net income.

• Confident in maintaining margins and resilience across segments, including in France despite political and economic uncertainties.

• Healthy pipeline of acquisition opportunities and ongoing free cash flow generation support future growth.